X axis: 0.1 mm Y axis: 0.1 mm Key benefits Predictable, repeatable positioning: 0.1 mm increments on both X and Y axes let you place parts or tooling with consistent, measurable movement. Faster setup and fewer adjustments: coarse-to-fine control at 0.1 mm resolution reduces time spent on manual alignment and trial-and-error. Reduces scrap and rework: reliable 0.1 mm positioning helps maintain tolerances during assembly, inspection, or light machining tasks. How it solves common problems Eliminates guesswork when moving components by offering a clear, repeatable step size. Improves workflow when precise but not sub-millimeter accuracy is required, minimizing back-and-forth corrections. Makes scaling and repeat operations simple by using the same 0.1 mm step reference across multiple jobs. Important attributes Function: Provides controlled movement in two axes with 0.1 mm increment steps for each axis. Performance: Both X and Y axes operate at the same 0.1 mm resolution for predictable, balanced control. User focus: Suited for applications where consistent 0.1 mm positioning is the key requirement. Typical applications Prototyping and workshop layout: Quickly position jigs, fixtures, or sample parts when fine but not sub-micron precision is needed. Inspection and measurement setups: Move samples in 0.1 mm steps for repeatable visual or dimensional checks. Light assembly and alignment: Align components, fasteners, or connectors where 0.1 mm adjustments are sufficient to meet tolerance. Why choose this specification Uniform resolution on both axes simplifies planning and operation—no axis-specific recalculation required. Clear, measurable steps help teams communicate setup and repeatable procedures without ambiguity. Note: X axis and Y axis resolution are both 0.1 mm as specified.